خرید و دانلود نسخه کامل کتاب Practical Stress Analysis with Finite Elements (3rd Edition)

Updated with new material, the third edition of this highly popular book is a no-nonsense guide to finite element analysis aimed at beginners. Are you tired of picking up a book that claims to be on “practical” finite element analysis only to find that it is full of the same old theory rehashed and contains no advice to help you plan your analysis? If so then this book is for you! The emphasis of this book is on doing FEA, not writing a FE code.A method is provided to help you plan your analysis and a chapter is devoted to each choice you have to make when building your model giving you clear and specific advice. Finally nine case studies are provided which illustrate the points made in the main text and take you slowly through your first finite element analyses. The book is written in such a way that it is not specific to any particular FE software so it doesn’t matter which FE software you use, this book can help you!The 3rd Edition of this very popular finite element analysis guide:Emphasises practical finite element analysis with commercially available finite element software packagesIs written in a generic way so it is not specific to any particular software but clearly shows the methodology required for successful FEAIs focused entirely on structural stress analysisOffers specific advice on which element types to use, which material model to pick, which type of analysis to use and which type of results to look forProvides specific, no nonsense advice on how to fix problems in the analysisContains over 300 illustrationsProvides nine detailed case studies which specifically show you how to perform various types of analysisDoes not weigh you down with unnecessary theory, but provides you with the minimum theory needed to understand the methodsIs an invaluable guide and reference for engineering students and practising engineersThis new edition contains a completely rewritten first chapter with new material and a new chapter on interpolation.